Parsec Great Dane Series - Roof Mount Omnidirectional Antenna

The Parsec PTA GD 2LTE is a high‑performance, two‑in‑one MIMO LTE external antenna designed to empower machine‑to‑machine (M2M) and IoT deployments with dependable, long‑range connectivity. Built for harsh outdoor environments, this rugged roof‑mount antenna delivers solid performance across the most common North American LTE bands with impressive efficiency. Its thoughtful design blends enterprise‑grade reliability with straightforward rooftop installation, making it an ideal choice for industrial automation, fleet management, remote monitoring, and smart city applications. The PTA GD 2LTE supports 2x2 MIMO, enabling simultaneous uplink and downlink streams that improve data throughput and link resilience even in challenging signal conditions.

• Two‑in‑one MIMO LTE capability: The PTA GD 2LTE delivers true 2x2 MIMO coverage, providing enhanced data rates, lower latency, and more dependable connections for multi‑carrier environments. This dual‑port design helps carriers and devices maximize throughput without requiring additional antennas, simplifying your network topology.
• Rugged outdoor build with waterproof protection: Engineered for outdoor use, the antenna features a weatherproof enclosure and durable materials that resist moisture, dust, and corrosion. It stands up to rain, wind, and sun exposure, ensuring reliable performance for long‑term deployments in industrial, transportation, and remote locations.
• Omnidirectional coverage for easy deployment: With an omnidirectional radiation pattern, the antenna delivers broad, uniform signal reception in all directions. This reduces the need for precise aiming or realignments, saving time during installation and enabling robust performance on structures with unpredictable RF environments.
• Pole mounting optimization for rooftop installations: Specifically designed to simplify rooftop and pole mounting, the Great Dane Series accelerates on‑site deployment. Its mounting geometry and hardware support rapid, secure attachment to poles, rails, or rooftops while preserving IP protection and weather sealing.
• North American LTE band compatibility for M2M/IoT: Optimized to work across the primary LTE bands used in North America, the PTA GD 2LTE delivers dependable connectivity for a wide range of M2M and IoT devices. Its 2x2 MIMO configuration helps ensure consistent uplink and downlink performance across carriers, empowering data‑driven operations wherever coverage exists.

Technical Details of Parsec Great Dane Series - Roof Mount Omnidirectional Antenna

• Get this information from the "specifications" section of the product from https://ec.synnex.com/ using product "UPC" or "SKU" as reference

How to install Parsec Great Dane Series - Roof Mount Omnidirectional Antenna

Installing the PTA GD 2LTE is designed to be straightforward for professionals and advanced hobbyists alike. Follow these guidelines to ensure a secure, weatherproof setup that maximizes signal performance:

• Plan your installation: Select a location with clear line‑of‑sight to the sky, minimal local RF obstructions, and sturdy mounting surfaces. Consider wind exposure and potential impact from debris to determine the best vantage point.
• Prepare mounting hardware: Use the included mounting hardware and weather‑tight seals. Verify that clamps, brackets, and mounting feet are in good condition and properly sized for your pole or roof structure.
• Assemble the antenna: Attach the antenna to its mounting base per the manufacturer’s instructions, ensuring all fasteners are tightened to the recommended torque. Maintain proper grounding practices per local codes and the installation manual.
• Route and protect the RF cabling: Use high‑quality, low‑loss coaxial cable, keeping runs as short as feasible. Route cables away from sharp edges, heat sources, and potential physical damage. Use weatherproof entry points and sealant where necessary.
• Connect to your LTE modem or router: Attach the dual ports to the corresponding antenna inputs on your device. If your equipment uses specific port labeling, confirm you’ve connected the port intended for receive (Rx) and transmit (Tx) paths for optimal MIMO operation.
• Test and tune: Power up the system and monitor signal indicators on the gateway or router. If available, perform a speed test or data throughput check and adjust the antenna orientation or mounting height to achieve the strongest stable link.

Frequently asked questions

• Q: What bands does the PTA GD 2LTE support?
  A: It supports the most common North American LTE bands in a single, rugged external MIMO antenna, optimized for 2x2 MIMO and dual‑port operation to improve uplink and downlink performance across carriers.
• Q: Is this antenna waterproof?
  A: Yes. It is designed for outdoor use with a weatherproof enclosure to resist rain, dust, and harsh environmental conditions.
• Q: Can I mount it on a roof or pole?
  A: Yes. The antenna is optimized for pole mounting and rooftop installation and is supplied with compatible mounting hardware for secure, durable attachment.
• Q: What is the impedance?
  A: The antenna is designed for a standard 50 ohm impedance, which matches most LTE radios and routers for optimal power transfer.
• Q: Does it require grounding or special installation practices?
  A: Grounding and installation requirements depend on site conditions and local codes. Follow the manufacturer’s instructions and applicable electrical codes to ensure safe, compliant installation and to preserve IP protection.
• Q: What is the gain of this antenna?
  A: Omnidirectional antennas provide broad coverage with frequency‑dependent gain. The PTA GD 2LTE is designed to deliver efficient signal collection and distribution across its operating bands; refer to the official datasheet for exact dBi per band.
• Q: Is this antenna suitable for industrial applications?
  A: Absolutely. Its rugged construction, IP‑rated protection, and MIMO capability make it well suited for industrial automation, transportation telematics, remote monitoring, and other mission‑critical deployments.